LiDAR Topographic Survey for Resort Development on Malakal Island, Palau

Topographic survey of a resort development

Client

TG Engineers & Resort Developer

Project Type

Topographic Mapping

Location

Malakal Island, Palau

Project Overview

In partnership with TG Engineers, 2cofly conducted a comprehensive LiDAR topographic survey over a 40-acre site on Malakal Island, Palau, designated for a new resort development. This survey provided detailed terrain data essential for informed planning and design, ensuring the resort's infrastructure harmonizes with the island's unique topography.

The Challenge

Developing a resort on Malakal Island required precise topographical information to address several challenges:

Complex Terrain: The island's varied landscape necessitated accurate mapping to guide architectural and engineering decisions.
Environmental Considerations: Understanding natural features was crucial to minimize ecological impact and preserve the island's beauty.
Efficient Data Collection: Traditional surveying methods would be time-consuming and labor-intensive, potentially delaying the project.

To overcome these challenges, a drone-based LiDAR survey was implemented, offering a swift and precise alternative to conventional techniques.

Approach & Methodology

Advanced LiDAR Survey Execution

High-Resolution Data Capture: Utilizing drone-mounted LiDAR sensors, the team collected detailed elevation data, accurately representing the site's topography.
Comprehensive Coverage: The 40-acre area was surveyed efficiently, ensuring all critical features were documented for planning purposes.

Collaboration with TG Engineers

Data Integration: The LiDAR data was seamlessly integrated into TG Engineers' design workflows, facilitating precise site modeling and infrastructure layout.
Customized Deliverables: Tailored outputs, including digital elevation models and contour maps, were provided to meet the specific needs of the resort development project.

Results & Project Impact

Enhanced Planning Accuracy

The high-resolution topographic data enabled the development team to:

Optimize Infrastructure Placement: Design roads, utilities, and buildings that align with the natural terrain, reducing construction challenges.
Mitigate Environmental Impact: Identify sensitive areas to preserve, ensuring sustainable development practices.

Time and Cost Efficiency

By employing drone-based LiDAR technology, the project benefited from:

Accelerated Survey Timelines: Rapid data collection minimized delays, keeping the project on schedule.
Reduced Labor Costs: Automated data acquisition decreased the need for extensive manual surveying efforts.

Strategic Development Insights

The detailed terrain analysis provided stakeholders with critical information to make informed decisions, enhancing the resort's design and operational planning.

Conclusion

This project exemplifies the effectiveness of drone-based LiDAR surveys in facilitating large-scale developments in complex terrains. The collaboration between 2cofly and TG Engineers delivered precise topographic insights, ensuring the resort development on Malakal Island is both strategically sound and environmentally conscious.

For developers and planners seeking accurate and efficient topographic surveying solutions, 2cofly offers cutting-edge drone services tailored to meet the unique challenges of your project.

2cofly (pronounced Ecofly) is Micronesia's leading drone service and education provider. Our core competency lies in remote sensing via various sensing technologies such as photogrammetry, LiDAR, thermal and more.

Few key deliverables we can output with our drones & sensors: